CN205660868U - Brick molding machine - Google Patents

Abstract

The utility model relates to a technical field of the used equipment of production wall brick provides a brick molding machine, include: support, unloading mechanism, brick machine construct and forming mechanism, forming mechanism includes bottom plate and a plurality of curb plate, bottom plate and leg joint, and a plurality of curb plates all set up on the bottom plate, and bottom plate and a plurality of curb plate enclose that it forms to establish and have the molding cavity of material mouthful, unloading mechanism and brick machine structure all set up on the support, and unloading mechanism is provided with the first shaping portion that is used for forming routing channels on the wall brick through the interior transport raw materials of material orad molding cavity on at least one curb plate, the brick machine structure is used for suppressing the raw materials in the molding cavity into wall brick. Adopt above -mentioned structure, the wall brick is owing to be provided with first shaping portion on the curb plate when the shaping, consequently, can the direct routing channels that the generating pair was answered on the wall brick, above -mentioned wall brick can directly be used, and need not the reuse and punch or connect up the machine and carry out secondary operation, consequently adopts above -mentioned brick molding machine can improve the production efficiency of wall brick effectively.

Description

Brickmaking machine

Technical field

This utility model relates to the technical field producing wall brick device therefor, especially relates to brickmaking machine.

Background technology

Materials for wall is the important component part of China's building industry, and at present, the materials for wall kind on building materials market is numerous Many, especially build a wall and use brick, such as: clay brick, hollow cement brick making, non-burning brick and Rhizoma Begoniae Willsonii, etc.；But, above-mentioned use of building a wall Brick is generally of heavier mass, the shortcoming of wiring inconvenience.

During house decoration, it will usually with body of wall big space is divided into the least space, now, if one Wire needs to run through two spaces, if in order to reduce the distance of wiring and avoid by wiring cause mixed and disorderly, it will usually at wall Boring a hole on body, wire passes through in this hole.

In order to solve above-mentioned technical problem, it is necessary to a class can be punched and can be met the wall brick of cabling requirement, i.e. During producing wall brick, reserved wiring channel on wall brick in advance；Make this kind of wall brick, usual way of the prior art For: produce common wall brick initially with common brickmaking machine, re-use punching afterwards, routing machine is produced on wall brick Wiring channel, above-mentioned manufacture method complex steps, inefficient, it is impossible to reach batch, quick grown place demand.

Summary of the invention

The purpose of this utility model is to provide brickmaking machine, has in production solving brickmaking machine present in prior art During the wall brick of wiring channel, multiple stage machine is needed to coordinate, complex steps, inefficient technical problem.

A kind of brickmaking machine that this utility model provides, including: support, cutting agency, brick pressing mechanism and shaping mechanism；Described Shaping mechanism includes base plate and multiple side plate；Described base plate is connected with described support, and multiple described side plates are arranged at the described end On plate, and described base plate and multiple described side plate enclose to set and form the molding cavity with material mouth；

Described cutting agency and described brick pressing mechanism are respectively provided with on the bracket, and described cutting agency passes through described material mouth Transferring raw material in described molding cavity, at least one described side plate is provided with on wall brick, form wiring channel One forming part；Described brick pressing mechanism is for being pressed into wall brick by the raw material in described molding cavity.

Further, shaping mechanism also includes core and the first driver element, and described first driver element is with described core even Connecing, described core is fed through one of them described side plate and enters in described molding cavity；

Described support includes that the first installing plate, described first driver element are arranged on described first installing plate, and described Base plate is connected with described first driver element.

Further, multiple described side plates include the first moving platen, the second moving platen and multiple solid plate；Described first dynamic model It is provided with the first forming part on plate, described second moving platen and multiple described solid plate；

Described first moving platen and described second moving platen are correspondingly arranged, and described core wears and crosses described first dynamic model Plate, the movement in vertical direction that described second moving platen can move along described core.

Further, also include that the second driver element, described second driver element are connected with described first moving platen, described One moving platen can move towards the direction of described second moving platen；

Described support includes that the second installing plate, described second installing plate be arranged in parallel with described first installing plate, described Two driver elements are arranged on described second installing plate.

Further, also include that guide post and slide plate, described second driver element are connected with described slide plate, described guide post One end is arranged on described slide plate, and the other end is fed through described first installing plate and is connected with described first moving platen.

Further, described first moving platen and described second moving platen are respectively arranged with the second forming part and the 3rd molding Portion, two the described solid plates being oppositely arranged also are respectively arranged with described second forming part and described 3rd forming part；

Described second forming part and described 3rd forming part are for forming grouting face on described wall brick.

Further, described cutting agency includes hopper and the 3rd driver element, described 3rd driver element and described hopper Connecting, in described hopper, the direction of motion along described hopper has been arranged side by side the first feed bin and the second feed bin；

Described support also includes the 3rd installing plate, and described 3rd driver element is arranged on described 3rd installing plate, described 3rd installing plate and described first installing plate and described second installing plate is vertical is connected.

Further, described brick pressing mechanism includes the 4th driver element and brick-pressing board, described 4th driver element and described pressure Brick plate connects, and described brick-pressing board is arranged on the top of described material mouth；

Described base plate and the 5th driver element connect, and described 5th driver element is used for driving described base plate towards described pressure The direction motion of brick plate；And the size of described base plate is more than the size of described brick-pressing board；

Described support also includes the 4th installing plate, and described 4th installing plate be arranged in parallel with described 3rd installing plate, described First installing plate and described second installing plate are arranged between described 4th installing plate and described 3rd installing plate；Described 4 wheel driven Moving cell is connected with described 4th installing plate.

Further, also include that brick receiving machine structure and switching mechanism, described brick receiving machine structure include connecing brick body and the 6th driver element, The described brick body that connects is connected with described 6th driver element, and can move along the direction that vertical and described second moving platen moves； Described 6th driver element is connected with described support；

Described switching mechanism includes returning face plate, slide rail and roller；Described roller is connected with described returning face plate, and is arranged on institute State on slide rail；Described slide rail is connected with described support, and described 6th driver element is connected with described returning face plate.

Further, described first forming part is the projection of strip.

Compared with prior art, the beneficial effects of the utility model are:

The brickmaking machine that this utility model provides, including the cutting agency being arranged on support, brick pressing mechanism, base plate and multiple Side plate, base plate and multiple side plate enclose to set and form molding cavity, and are provided with the first forming part, cutting agency at least one side plate Adding raw material in molding cavity by the material mouth of molding cavity, brick pressing mechanism applies pressure to raw material, so that wall brick molding；Adopt With said structure, wall brick owing to being provided with the first forming part on side plate, therefore, directly can generate correspondence when molding on wall brick Wiring channel, above-mentioned wall brick can directly apply, and without carrying out secondary operations, therefore with punching or routing machine again Use above-mentioned brickmaking machine can be effectively improved the production efficiency of wall brick.

Accompanying drawing explanation

In order to be illustrated more clearly that this utility model detailed description of the invention or technical scheme of the prior art, below by right In detailed description of the invention or description of the prior art, the required accompanying drawing used is briefly described, it should be apparent that, describe below In accompanying drawing be embodiments more of the present utility model, for those of ordinary skill in the art, do not paying creativeness On the premise of work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.

The axonometric drawing of the brickmaking machine that Fig. 1 provides for this utility model embodiment；

The axonometric drawing of the brickmaking machine that Fig. 2 provides for another embodiment of this utility model；

Fig. 3 is shaping mechanism and the axonometric drawing of support of the brickmaking machine shown in Fig. 2；

Fig. 4 is the axonometric drawing of the first moving platen of the brickmaking machine shown in Fig. 1；

Fig. 5 is the axonometric drawing of the hopper of the brickmaking machine shown in Fig. 1；

The axonometric drawing of the brickmaking machine that Fig. 6 provides for the another embodiment of this utility model；

Fig. 7 is the front view of the brickmaking machine shown in Fig. 6；

Fig. 8 is brick pressing mechanism and the axonometric drawing of base plate of the brickmaking machine shown in Fig. 6；

Fig. 9 is the upward view of the brick pressing mechanism shown in Fig. 8 and base plate；

Figure 10 is the axonometric drawing of the wall brick that the brickmaking machine shown in Fig. 6 produces；

Figure 11 is the front view of the wall brick shown in Figure 10；

Figure 12 is the left view of the wall brick shown in Figure 10；

Figure 13 is the body of wall being put together by the wall brick shown in multiple Figure 10；

Figure 14 is the front view of the body of wall shown in Figure 13；

Figure 15 is the left view of the body of wall shown in Figure 13；

Figure 16 is the rearview of the body of wall shown in Figure 13；

Figure 17 is the 5th installing plate and the axonometric drawing of the first moving platen of the brickmaking machine shown in Fig. 1；

Figure 18 is the 5th installing plate shown in Figure 17 and the front view of the first moving platen.

Reference:

1-support；2-shaping mechanism；3-cutting agency；4-brick pressing mechanism；5-brick receiving machine structure；6-switching mechanism；7-transmits Band；8-wall brick；11-the first installing plate；12-the second installing plate；13-the 3rd installing plate；14-the 4th installing plate；15-the 5th installs Plate；201-the first moving platen；202-the second moving platen；203-solid plate；204-core；205-the first driver element；206-becomes Cavity；207-the first forming part；208-the second driver element；209-guide post；210-slide plate；211-base plate；212-the 5th Driver element；213-the second forming part；214-the 3rd forming part；215-clout mouth；31-hopper；32-the 3rd driver element；41- Brick-pressing board；42-the 4th driver element；43-lead；51-connects brick body；52-the 6th driver element；61-returning face plate；62-slide rail； 63-roller；81-wiring channel；82-is in the milk face；151-clout exports；311-the first feed bin；312-the second feed bin.

Detailed description of the invention

Below in conjunction with accompanying drawing, the technical solution of the utility model is clearly and completely described, it is clear that described Embodiment is a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, this The every other embodiment that field those of ordinary skill is obtained under not making creative work premise, broadly falls into this practicality Novel protected scope.

In description of the present utility model, " " center ", " on ", D score, "left", "right", " perpendicular it should be noted that term Directly ", " level ", " interior ", the orientation of the instruction such as " outward " or position relationship be based on orientation shown in the drawings or position relationship, be only Must have specific for the ease of describing this utility model and simplification description rather than instruction or the device of hint indication or element Orientation, with specific azimuth configuration and operation, therefore it is not intended that to restriction of the present utility model.Additionally, term " the One ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that instruction or hint relative importance.

In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, term " peace Dress ", should be interpreted broadly " being connected ", " connection ", for example, it may be fixing connection, it is also possible to be to removably connect, or integrally Ground connects；Can be to be mechanically connected, it is also possible to be electrical connection；Can be to be joined directly together, it is also possible to by the indirect phase of intermediary Even, can be the connection of two element internals.For the ordinary skill in the art, can understand above-mentioned with concrete condition Term concrete meaning in this utility model.

The axonometric drawing of the brickmaking machine that Fig. 1 provides for this utility model embodiment；Fig. 2 is that another embodiment of this utility model carries The axonometric drawing of the brickmaking machine of confession；Fig. 3 is shaping mechanism and the axonometric drawing of support of the brickmaking machine shown in Fig. 2；Fig. 4 is shown in Fig. 1 The axonometric drawing of the first moving platen of brickmaking machine；Fig. 5 is the axonometric drawing of the hopper of the brickmaking machine shown in Fig. 1；Fig. 6 is that this practicality is new The axonometric drawing of the brickmaking machine that the another embodiment of type provides；Fig. 7 is the front view of the brickmaking machine shown in Fig. 6；Fig. 8 is shown in Fig. 6 The brick pressing mechanism of brickmaking machine and the axonometric drawing of base plate；Fig. 9 is the upward view of the brick pressing mechanism shown in Fig. 8 and base plate；Figure 10 is Fig. 6 The axonometric drawing of the wall brick that shown brickmaking machine produces；Figure 11 is the front view of the wall brick shown in Figure 10；Figure 12 is shown in Figure 10 The left view of wall brick；Figure 13 is the body of wall being put together by the wall brick shown in multiple Figure 10；Figure 14 is the body of wall shown in Figure 13 Front view；Figure 15 is the left view shown in Figure 13；Figure 16 is the rearview shown in Figure 13.

As Figure 1-5, a kind of brickmaking machine that the present embodiment provides, including: support 1, cutting agency 3, brick pressing mechanism 4 and Shaping mechanism 2；Shaping mechanism 2 includes base plate 211 and multiple side plate；Base plate 211 is connected with support 1, and multiple side plates are arranged at On base plate 211, and base plate 211 and multiple side plate enclose to set and form the molding cavity 206 with material mouth；Cutting agency 3 and brick machine Structure 4 is arranged on support 1, and cutting agency 3, by material mouth transferring raw material in molding cavity 206, at least one side plate sets It is equipped with the first forming part 207 for forming wiring channel 81 on wall brick 8；Brick pressing mechanism 4 is for by molding cavity 206 Raw material is pressed into wall brick 8.

The Main Function of cutting agency 3 is to put into raw material in molding cavity 206, therefore, every can play above-mentioned work Mechanism can serve as the cutting agency 3 of the present embodiment indication, such as: feeding system and feed bin, during feed bin can include Between feed bin and blanking hopper 31, wherein blanking hopper 31 can have multiple or each blanking hopper 31 to include multiple small feed bin, Etc..

Brick pressing mechanism 4 provides pressure can to the raw material in molding cavity 206, thus raw material is pressed into wall brick 8；Need It is noted that the size of wall brick 8 is identical with the size of molding cavity 206, therefore, if desired makes various sizes of wall brick 8, Only need to change different base plates 211 and side plate so that it is form different molding cavities 206.

First forming part 207 can also have multiple choices, such as: strip projected parts or forming cylinder, etc.；As one Preferably scheme, as shown in Figure 2 and Figure 4, the first forming part 207 selects the projection of strip, corresponding to protruding a length of wall brick 8 The length of side；First forming part 207 is strip projected parts, then will form the groove of strip on wall brick 8, in wiring Time, wire is arranged in groove；When need not wiring, cement etc. can be placed in groove to be used for fixing adjacent two block wall brick 8；Certainly the sidewall that the rearward recess of wiring is upper and lower may also be used for connecting adjacent two block wall brick 8.

First forming part 207 all can be set on multiple side plates, it is of course also possible to only arrange the first one-tenth on a side plate Type portion 207；Why as the preferred scheme of one, all of side plate is respectively provided with the first forming part 207, no matter so wall brick 8 Sample is placed, and can realize the function of its wiring；Moreover, it is also possible to give user multiple cloth line options.

The using method of the brickmaking machine that the present embodiment is provided is: first pass through cutting agency 3 by feedstock transportation to molding In cavity 206, material quantity specifically sets according to the thickness of wall brick 8；After blanking, cutting agency 3 is recalled, and brick pressing mechanism 4 is made Press brick molding with starting；During pressure brick molding, due to the existence of the first forming part 207, therefore, meeting shape on wall brick 8 Become wiring channel 81.

The brickmaking machine that the present embodiment provides, including the cutting agency 3 being arranged on support 1, brick pressing mechanism 4, base plate 211 and Multiple side plates, base plate 211 and multiple side plate enclose to set to form and are provided with the first molding on molding cavity 206, and at least one side plate Portion 207, cutting agency 3 adds raw material by the material mouth of molding cavity 206 in molding cavity 206, and brick pressing mechanism 4 is executed to raw material Plus-pressure, so that wall brick 8 molding；Use said structure, wall brick 8 when molding owing to being provided with the first forming part 207 on side plate, Therefore, directly can generate the wiring channel 81 of correspondence on wall brick 8, above-mentioned wall brick 8 can directly be applied, and without again with punching Or routing machine carries out secondary operations, therefore use above-mentioned brickmaking machine can be effectively improved the production efficiency of wall brick 8.

On the basis of above-described embodiment, specifically, shaping mechanism 2 also includes core 204 and the first driver element 205, First driver element 205 is connected with core 204, and core 204 is fed through one of them side plate and enters in molding cavity 206；Support 1 Including the first installing plate 11, the first driver element 205 is arranged on the first installing plate 11, and base plate 211 and the first driver element 205 connect.

Arranging core 204 in molding cavity 206, the wall brick 8 that the brickmaking machine making the present embodiment provide is made has type groove, Such that it is able to reduce the weight of wall brick 8, thus reduce workman's labor intensity when carrying；It is additionally, since depositing of brick pressing mechanism 4 , the intensity of wall brick 8 also will not be lowered.

First driver element 205 can drive core 204 to move, i.e. when needing to be formed the wall brick 8 with type groove, the One driver element 205 drives core 204 to enter in molding cavity 206；When need not shape forming tank, the first driver element 205 Core 204 is driven to exit molding cavity 206；Therefore, the first driver element 205 is set, makes the brickmaking function that the present embodiment provides Enough produce different types of wall brick 8, thus meet the demand of different Producer, expand the range of application of brickmaking machine.

On the basis of above-described embodiment, specifically, multiple side plates include first moving platen the 201, second moving platen 202 and Multiple solid plates 203；It is provided with the first forming part on first moving platen the 201, second moving platen 202 and multiple solid plate 203 207；First moving platen 201 and the second moving platen 202 are correspondingly arranged, and core 204 wears and crosses the first moving platen 201, and second moves The movement in vertical direction that template 202 can be moved along core 204.

Definition, X Y-axis coordinate system in, if core 204 can move along the direction of X-axis, then the second moving platen 202 can move along the direction of Y-axis.

When the second moving platen 202 moves, cavity 206 can be opened into, i.e. make molding cavity 206 form one and open Mouthful, the wall brick 8 of molding can be taken out via this opening, use this structure, it is possible to facilitate the taking-up of wall brick 8, simplify and take out Operating procedure.

On the basis of above-described embodiment, specifically, the second driver element 208, the second driver element 208 and are also included One moving platen 201 connects, and the first moving platen 201 can move towards the direction of the second moving platen 202；Support 1 includes the second peace Dress plate 12, the second installing plate 12 be arranged in parallel with the first installing plate 11, and the second driver element 208 is arranged on the second installing plate 12 On.

In order to more easily the wall brick 8 of molding be released molding cavity 206, therefore, the second driver element 208 is set, For driving the first moving platen 201 to move along the direction of X-axis, i.e. when after wall brick 8 molding, first move the second moving platen 202, make molding cavity 206 form outlet, then, move the first moving platen 201 thus by the wall brick 8 of molding, towards the side of outlet To promotion, thus wall brick 8 is released, carry out follow-up workflow.

On the basis of above-described embodiment, specifically, guide post 209 and slide plate 210, the second driver element 208 are also included Being connected with slide plate 210, one end of guide post 209 is arranged on slide plate 210, and the other end is fed through the first installing plate 11 and first and moves Template 201 connects.

In order to simplify the second driver element 208 and connection of the first moving platen 201, therefore, arranging slide plate 210, second drives Moving cell 208 is connected with slide plate 210, and slide plate 210 is connected with the first moving platen 201, wherein, at slide plate 210 by guide post 209 During the first moving platen 201 motion, guide post 209 may also operate as the effect guided, it is to avoid skew occurs in motion, and The skew of motion, it is possible to wall brick 8 can be caused successfully to release in molding cavity 206.

And, when cutting agency 3 and brick pressing mechanism 4 are arranged at the first installing plate 11 and top of the second installing plate 12 Time, the two is relatively big to the pressure of underlying holder 1, therefore, arranges guide post 209 and may also operate as supporting integrally-built effect, The structure making whole brickmaking machine is more stable, and bottom intensity is bigger.

On the basis of above-described embodiment, specifically, the first moving platen 201 and the second moving platen 202 are respectively arranged with Second forming part 213 and the 3rd forming part 214, two solid plates 203 being oppositely arranged also are respectively arranged with the second forming part 213 and the 3rd forming part 214；Second forming part 213 and the 3rd forming part 214 are for forming grouting face 82 on wall brick.

As shown in fig. 6-7, it is arranged on the first two-part inclined-plane of moving platen about 201 and is the second forming part 213, relatively Two the second forming parts 213 arranged and the part of its sandwiched make the first moving platen 201 form the cell body expanded outwardly；In like manner, It is provided with certain solid plate 203 of the second forming part 213 also for the cell body expanded outwardly.

The most as shown in fig. 6-7, it is arranged on second moving platen about 202 another inclined-plane two-part and is the 3rd forming part 214, the part of the 3rd forming part 214 opposing upper and lower and its sandwiched makes the second moving platen form the bucking ladder to contract；With Reason, is provided with certain solid plate of the 3rd forming part 214 also for the bucking ladder of contract.

As shown in Figure 10-16, it it is the wall of first forming part the 207, second forming part the 213, the 3rd forming part 214 sizing Brick 8；Two above-mentioned or polylith wall brick 8 body of wall that can be formed as shown in figures 10-13 stitched together, the wiring of two semicircles Passage 81 is put together a routing hole, and this routing hole allows wire, pipeline etc. to need object that is through walls and that cross to pass through.

As shown in Figure 10-16, the second forming part 213 the grouting face 82 formed can sandwiched by the 3rd forming part 214 shape The grouting face become, when building a wall, can be in the milk in the space of surface herein or formation, so that between two blocks of wall bricks 8 Connection more firm.

On the basis of above-described embodiment, specifically, as shown in Figure 1 and Figure 5, cutting agency 3 includes hopper 31 and the 3rd Driver element 32, the 3rd driver element 32 is connected with hopper 31, and in hopper 31, the direction of motion along hopper 31 has been arranged side by side the One feed bin 311 and the second feed bin 312；Support 1 also includes that the 3rd installing plate 13, the 3rd driver element 32 are arranged on the 3rd installing plate On 13, the 3rd installing plate 13 and the first installing plate 11 and the second installing plate 12 is vertical is connected.

In order to the direction of motion making hopper 31 is more accurate, therefore, the 3rd installing plate 13 can arrange guide rail, at material Arranging guide block on bucket 31, guide block coordinates with guide rail and can move along guide rail；And the 3rd driver element 32 be connected with guide block, thus Hopper 31 is driven to move.

Before blanking, in the first feed bin 311 and the second feed bin 312, first add raw material, then move hopper 31, make First feed bin 311 is positioned at the surface of the material mouth of molding cavity 206, it should be noted that now core 204 is not at forming cavity The inside of body 206, the raw material in such first feed bin 311 will be positioned at the bottom of molding cavity 206；Treat the first feed bin 311 times After material, mobile core 204 so that it is enter molding cavity 206 and arrive appointment position, then moving on hopper 31, make Second feed bin 312 arrives the surface of the material mouth of molding cavity 206, then blanking in molding cavity 206, this part material base Originally the top of molding cavity 206 it is positioned at.Use said structure, it is possible to avoid when a blanking, due to the existence of core 204 And the situation making feed distribution in molding cavity 206 uneven occurs.

On the basis of above-described embodiment, specifically, brick pressing mechanism 4 includes the 4th driver element 42 and brick-pressing board 41, the Four driver elements 42 are connected with brick-pressing board 41, and brick-pressing board 41 is arranged on the top of material mouth；Base plate 211 and the 5th driver element 212 Connecting, the 5th driver element 212 moves towards the direction of brick-pressing board 41 for driving base plate 211；And the size of base plate 211 is more than The size of brick-pressing board 41；Support 1 also includes that the 4th installing plate 14, the 4th installing plate 14 be arranged in parallel with the 3rd installing plate 13, the One installing plate 11 and the second installing plate 12 are arranged between the 4th installing plate 14 and the 3rd installing plate 13；4th driver element 42 with 4th installing plate 14 connects.

4th driver element 42 can drive brick-pressing board 41 to move up and down, and meanwhile, the 5th driver element 212 can drive the end Plate 211 moves towards the direction of brick-pressing board 41, thus completes raw material extruded in molding cavity 206；And, according to need The difference of the intensity of wall brick 8 to be produced, it is also possible to different pressure is set.

It should be noted that the 4th driver element 42 is connected with the 4th installing plate 14 by lead 43, lead is set 43 can be to the effect of the motion actuated guiding of brick-pressing board 41.

It should be noted that first driver element the 205, second driver element the 208, the 3rd driver element 32 and the 4th drives Unit 42 can have multiple choices, such as: the cooperation of Electrohydraulic push rod, hydraulic cylinder and piston rod or pneumatic cylinder, etc.；As A kind of preferably scheme, the 4th driver element 42 can also select twin-tub on an equal basis all power forcing presses.

It should be noted that brick-pressing board 41 can arrange pattern towards the one side of wall brick 8, thus extruded at wall brick 8 Time can stamp pattern on the surface of wall brick 8, so that employing wall that this wall brick 8 is built into without carrying out any finishing again.

In order to, when extruded, wall brick 8 leave different patterns, therefore brick-pressing board 41 and the 4th is set and drives list The connection of unit 42 is for removably connecting, thus enables a user to as desired to change the brick-pressing board 41 being printed on different pattern.

Specifically, support 1 also includes two the 5th installing plates 15 being arranged on the 4th installing plate 14, and two the 5th peaces Dress plate 15 lays respectively at the first installing plate 11 and both sides of the second installing plate 12, and with the first installing plate 11 and the second installing plate 12 connect.

For the ease of the outflow of clout, as shown in figs. 17-18, in the medial wall of the cored hole being positioned at the first moving platen 201 On be provided with multiple clout mouth 215, clout flows in the region that two piece of the 5th installing plate 15 surrounds via these clout mouths 215, Then via clout outlet 151 discharge being arranged on bottom the 5th installing plate 15.

On the basis of above-described embodiment, specifically, also include that brick receiving machine structure 5, brick receiving machine structure 5 include connecing brick body 51 and Six driver elements 52, connect brick body 51 and are connected with the 6th driver element 52, and can be along the side vertically moved with the second moving platen 202 To motion；6th driver element 52 is connected with support 1.

6th driver element 52 can have multiple choices, such as: the cooperation of Electrohydraulic push rod, hydraulic cylinder and piston rod or gas Cylinder pressure, etc.；Under the driving of the 6th driver element 52, connect brick body 51 to move along the direction of X-axis, i.e. when the second moving platen After 202 move, connecing brick body 51 and move to the opening of molding cavity 206, the first moving platen 201 is by the wall brick 8 in molding cavity 206 It is pushed into and connects in brick body 51, thus complete the transfer of wall brick 8.

Connect brick body 51 and can have multiple choices, such as: flat board or U-shaped plate, etc.；As the preferred scheme of one, as Shown in Fig. 1, connect brick body 51 and select U-shaped plate；So can avoid in connecing brick body 51 motor process, wall brick 8 is come off by both sides Situation occurs.

On the basis of above-described embodiment, specifically, also include that switching mechanism 6, switching mechanism 6 include returning face plate 61, slide Rail 62 and roller 63；Roller 63 is connected with returning face plate 61, and is arranged on slide rail 62；Slide rail 62 is connected with support 1, and the 6th drives Unit 52 is connected with returning face plate 61.

For the ease of being put on conveyer belt 7 by the wall brick connect in brick body 51 8, therefore, switching mechanism 6 is set, this tipper Structure 6 can overturn and connect brick body 51, from but wall brick 8 be slipped under gravity conveyer belt 7.

Specifically, connecing brick body 51 and be placed on returning face plate 61, returning face plate 61 is connected with roller 63, there is the 6th driver element Driving rolls 63 moves on slide rail 62, and when roller 63 rotates, returning face plate 61 overturns, so that connecing brick body 51 to rotate to needs Angle, generally 90 degree.

Last it is noted that various embodiments above is only in order to illustrate the technical solution of the utility model, rather than it is limited System；Although being described in detail this utility model with reference to foregoing embodiments, those of ordinary skill in the art should Understand: the technical scheme described in foregoing embodiments still can be modified by it, or to the most some or all of Technical characteristic carries out equivalent；And these amendments or replacement, do not make the essence of appropriate technical solution depart from this practicality new The scope of type each embodiment technical scheme.

Claims (10)

1. a brickmaking machine, it is characterised in that including: support, cutting agency, brick pressing mechanism and shaping mechanism；Described forming machine Structure includes base plate and multiple side plate, and described base plate is connected with described support, and multiple described side plates are arranged on described base plate, and Described base plate and multiple described side plate enclose to set and form the molding cavity with material mouth；

Described cutting agency and described brick pressing mechanism are respectively provided with on the bracket, and described cutting agency passes through described material mouth to institute State transferring raw material in molding cavity, at least one described side plate is provided with the first one-tenth for forming wiring channel on wall brick Type portion；Described brick pressing mechanism is for being pressed into wall brick by the raw material in described molding cavity.

Brickmaking machine the most according to claim 1, it is characterised in that it is single that described shaping mechanism also includes that core and first drives Unit, described first driver element is connected with described core, and described core is fed through one of them described side plate and enters described molding In cavity；

Described support includes the first installing plate, and described first driver element is arranged on described first installing plate, and described base plate It is connected with described first driver element.

Brickmaking machine the most according to claim 2, it is characterised in that multiple described side plates include the first moving platen, second move Template and multiple solid plate；It is provided with first on described first moving platen, described second moving platen and multiple described solid plate Forming part；

Described first moving platen and described second moving platen are correspondingly arranged, and described core wears and crosses described first moving platen, institute State the movement in vertical direction that the second moving platen can move along described core.

Brickmaking machine the most according to claim 3, it is characterised in that also including the second driver element, described second drives list First and described first moving platen is connected, and described first moving platen can move towards the direction of described second moving platen；

Described support includes that the second installing plate, described second installing plate be arranged in parallel with described first installing plate, and described second drives Moving cell is arranged on described second installing plate.

Brickmaking machine the most according to claim 4, it is characterised in that also including guide post and slide plate, described second drives list First and described slide plate is connected, and one end of described guide post is arranged on described slide plate, and the other end is fed through described first installing plate It is connected with described first moving platen.

Brickmaking machine the most according to claim 3, it is characterised in that divide on described first moving platen and described second moving platen It is not provided with the second forming part and the 3rd forming part, two the described solid plates being oppositely arranged also are respectively arranged with described second Forming part and described 3rd forming part；

Described second forming part and described 3rd forming part are for forming grouting face on described wall brick.

Brickmaking machine the most according to claim 4, it is characterised in that it is single that described cutting agency includes that hopper and the 3rd drives Unit, described 3rd driver element is connected with described hopper, and the direction of motion along described hopper has been arranged side by side the in described hopper One feed bin and the second feed bin；

Described support also includes that the 3rd installing plate, described 3rd driver element are arranged on described 3rd installing plate, the described 3rd Installing plate and described first installing plate and described second installing plate is vertical is connected.

Brickmaking machine the most according to claim 7, it is characterised in that described brick pressing mechanism includes the 4th driver element and pressure brick Plate, described 4th driver element is connected with described brick-pressing board, and described brick-pressing board is arranged on the top of described material mouth；

Described base plate and the 5th driver element connect, and described 5th driver element is used for driving described base plate towards described brick-pressing board Direction motion；And the size of described base plate is more than the size of described brick-pressing board；

Described support also includes that the 4th installing plate, described 4th installing plate be arranged in parallel with described 3rd installing plate, described first Installing plate and described second installing plate are arranged between described 4th installing plate and described 3rd installing plate；Described 4th drives list First and described 4th installing plate is connected.

Brickmaking machine the most according to claim 3, it is characterised in that also include brick receiving machine structure and switching mechanism, described in connect brick Mechanism includes connecing brick body and the 6th driver element, described in connect brick body and be connected with described 6th driver element, and can along vertical with The direction motion of described second moving platen motion；Described 6th driver element is connected with described support；

Described switching mechanism includes returning face plate, slide rail and roller；Described roller is connected with described returning face plate, and is arranged on described cunning On rail；Described slide rail is connected with described support, and described 6th driver element is connected with described returning face plate.

10. according to the brickmaking machine described in any one of claim 1-9, it is characterised in that described first forming part is the convex of strip Rise.